Home
    Disclaimer
    Bromoketamine molecular structure

    Bromoketamine Stats & Data

    Psychoactive Class Dissociative
    Half-Life Unknown in humans; likely short, with rapid clinical offset similar to ketamine analogues. No peer‑reviewed human PK for BDCK as of November 16, 2025.

    Effect Profile

    Curated
    Dissociative 6.0

    Strong dissociative depth and motor impairment with mild mania, low insight

    Dissociative Depth×3
    10
    Mania / Compulsion×1
    4
    Insight / Novel Thought×2
    3
    Motor / Sensory Impairment×1
    10

    Tolerance & Pharmacokinetics

    drugs.wiki
    Half-Life
    Unknown in humans; likely short, with rapid clinical offset similar to ketamine analogues. No peer‑reviewed human PK for BDCK as of November 16, 2025.
    Addiction Potential
    Moderate‑to‑high. Similar to ketamine, BDCK shows rapid tolerance and a tendency to compulsive redosing in user communities; frequent use of dissociatives is associated with dependence patterns and health harms.

    Tolerance Decay

    Full tolerance 1d Half tolerance 7d Baseline ~14d

    Model is an approximation inferred from dissociative user patterns; tolerance builds quickly with day‑over‑day use and wanes over 1–3+ weeks. Avoid multi‑day binges to reduce urinary risk.

    Cross-Tolerances

    Ketamine
    80% ●●○
    2F‑DCK
    80% ●●○
    DXM
    50% ●○○
    O‑PX/PCP analogues
    60% ●○○

    Harm Reduction

    drugs.wiki

    • Market variability: products sold as “BDCK/bromoketamine” show inconsistent potency and may be adulterated or misidentified; rely on multi‑reagent testing plus lab checking when available; a Morris reagent alone cannot distinguish ketamine analogues and can be misleading.

    • Intranasal causticity: many users report notable burn, congestion, and colored discharge with BDCK, suggesting greater nasal irritation than ketamine; use small lines, avoid repeated back‑to‑back bumps, and rinse with sterile saline after sessions.

    • Very short plateau → redose pressure: BDCK’s compact peak often drives frequent redosing; set hard limits before starting and space doses by at least 60–120 min to reduce cumulative ataxia and accident risk.

    • Bladder/biliary risk (inference from ketamine): chronic ketamine is linked to ulcerative cystitis and occasionally biliary tract injury; BDCK’s structural similarity justifies assuming comparable urological risk until proven otherwise. Hydrate, cap frequency (e.g., reserve to occasional sessions), and stop immediately if urinary urgency, pain, or hematuria emerge; seek medical evaluation.

    • IM route harm reduction: avoid injecting non‑sterile powders. If choosing IM despite risks, dissolve in sterile water for injection, pass through a new 0.22 µm sterile filter into a sterile vial/syringe, clean skin, rotate sites, and never share equipment. Discard solutions promptly; if storing short‑term, use bacteriostatic water and maintain sterility.

    • Set & setting and safety: dissociatives impair coordination and situational awareness; use in a hazard‑free environment, avoid driving or water/baths, and consider a sober sitter for strong doses.

    • Respiratory aspiration risk with co‑depressants: mixing with alcohol/GHB/opioids markedly increases unconsciousness and vomiting risks; place any unconscious person in the recovery position and call emergency services if breathing is slow/irregular.

    • Tolerance and spacing: dissociative tolerance builds rapidly and decays over 1–3+ weeks; spacing sessions reduces both dose escalation and urologic risk.

    • Potency rough‑cut: BDCK is commonly described as ~0.5–0.7× racemic ketamine by weight intranasally, with a shorter, ‘floaty/warm’ effect profile and less profound dissociation at similar mg doses; variability is high across batches.

    • Testing and identification: where available, use professional drug checking (GC‑MS/LC‑MS). Self‑testing has detection limits and may miss low‑level adulterants; interpret negative/ambiguous reagent results cautiously.

    ← Back to Bromoketamine